Sentence examples for engineering diagnosis from inspiring English sources
Biopolymeric porous nano-systems may offer promise properties for revolutionary improvements in tissue engineering, diagnosis and targeted drug delivery systems.
Over the past decade, star polymers have been widely used in biomedical applications such as drug delivery, gene delivery, tissue engineering, diagnosis, medical devices, and antibacterial/antifouling biomaterials.
Acoustic techniques are widespread among the methods of engineering diagnosis used currently to assess the state of machines and mechanisms comprising rotating parts and movable joints.
An interdisciplinary team carried out an engineering diagnosis involving: detailed surveying and mapping of the geometry of the complex, multi-scale characterization of the material components, geotechnical assessment of foundation conditions, and advanced numerical modeling to help evaluate the possible reasons for the observed structural damage.
Benchmark classification problems and two engineering health diagnosis applications: aircraft engine health diagnosis and electric power transformer health diagnosis are employed to demonstrate the efficacy of the proposed approach.
Understanding the mechanical properties of this kind of chiral materials is not only essential for evaluating the mechanical behaviors of the host tissues but also of significance for medical engineering, clinical diagnosis, and surgical operation.
In recent decades, different types of neural networks (NNs) with time delays have been widely investigated due to their applicability in solving some image processing, signal processing automatic control engineering, fault diagnosis, telecommunications, and pattern recognition problems.
Potential applications of our results to tissue engineering, cancer diagnosis and development studies are therefore inferred.
To solve the difficulty of exchanging knowledge of complex engineering systems for diagnosis, which resulting in huge work and long cycle for developing test-based diagnosis equipment, this paper proposes a novel method of exchanging knowledge of systems under diagnosis using OWL ontologies and SWRL rules.
As such, there is massive potential to use nanomaterials for therapeutic applications, including drug delivery, tissue engineering, and medical diagnosis.
Nanomedicine has transformed orthopedics through recent advances in bone tissue engineering, implantable materials, diagnosis and therapeutics, and surface adhesives.
